PNY Quadro RTX Graphics Card 5000 16GB GDDR6X

Gr Card &aUtifica PNY Quadro RTX 5000 16GB GDDR6X

Dise ñ s, created and tested by NVIDIA, the Quadro desktop products are the 1 million users of creative and technical users. Equipped with the world's powerful GPU s, large memory capabilities, 8K screen outputs, advanced features to drive real-time photorealistic representation, increased AI workflows, virtual reality environments, and m &aws, Quadro est &aacudise ñ to accelerate a variety of professional workflows.

Optimized and stable drivers, ISV certifications with 100 applications and professional tools for IT management are just a few of the benefits of Quadro.

WHAT RTX TRAE TO YOUR WORKFLOW

NVIDIA Research develops AI for visual applications

Observe c &oatumo AI In-Painting populates im &aasicas genes, AI Slo-Mo creates soft and clean m &aasties videos when creating new data, c &oatumo AI inserts new data into the video with conditional GAN, the ability of AI to restore and improve im &aaives grainy genes, or even create non-existent AI. Photorealistic celebrities.

Cornell Box tests the accuracy of RTX rendering software

The RTX representation technology provides a real time ray tracing representation of the same scene to a real photograf.

SOL Project: Real-time NVIDIA RTX NVIDIA &aaitic ray tracing

The real-time ray tracing, searched for for decades, has come with the Turing architecture of NVIDIA and the innovative RTX rendering software.

ROTATING INNOVATIONS

N &uantits RT for real-time ray tracing

The architecture of Turing is armed with dedicated ray tracing processors called RT Cores that accelerate the c &o-lculo c &o. the light and sound travel in 3D environments at a rate of up to 10 Giga Rays per second. Turing accelerates real-time ray tracing at 25 times over the previous Pascal generation, and can be used for final frame representation for the purposes of the 30-fold CPU speed.

N &o-n &ute; n &o for AI acceleration &obution

Turing introduces new Tensor Cores, processors that speed up training and deep learning inferences, and provide up to 500 trillion Tensor operations per second. This performance level accelerates the enhanced capabilities of AI, such as noise removal, the resolution scale, and video reordering, creating new and powerful capabilities.

New streaming multiprocessor

The Turing architecture improves the performance of the frame in comparison with the previous Pascal generation with an improved gr &aaiments flow and new programmable shading techniques. These techniques include variable speed shading, shading of texture space, and rendering of multiple views, which provide fluid interactivity with large models and scenes and best virtual reality experiences.

CUDA for simulation &oatun

The Turing-based GPUs have a new transmission multiprocessor architecture (SM) that supports up to 16 trillion floating point operations in parallel with 16 trillion integer operations per second.